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Multi-objective consideration of earthquake resilience in the built environment: The case of Wenchuan earthquake

机译:建筑环境抗震能力的多目标考虑-以汶川地震为例

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The 2008 Wenchuan earthquake is one of the largest and deadliest events of the last century, both in terms of victims and seismically-triggered geo-environmental hazards. The combined effects resulting from the seismic activity of 2008 led to major damages in several domains of the local society, including the built environment and the social component, highlighting the extensive gap related to resilience measures aimed at both prevention and recovery in case of a disruption. Thus, it is imperative for the development of a multi-objective and comprehensive formulation for resilience combining holistically all the diverse facets of a local community. To this regard, this paper presents a wide-spectrum analysis and preliminary findings, being structured in working threads specifically addressed in the context of an ongoing project (REACH). The focus is on the built environment damage analysis following the field work which took place in December 2016 in the Wenchuan territory, involving 3D laser scanning activity of 7 high-risk areas and the related audit and preliminary structural analysis of the damage. As a result, a set of external and internal factors have been identified as possible key causes of the surveyed damages. Of these, external factors mainly relate to environmental and hazardous properties, whereas internal indicators involve structural features as well as building regulations.
机译:从受害人和地震触发的地质环境危害来看,2008年汶川地震是上个世纪最大,最致命的事件之一。 2008年地震活动造成的综合影响导致当地社会在多个方面受到重大破坏,包括建筑环境和社会组成部分,突显了与旨在在发生干扰时进行预防和恢复的防灾措施相关的巨大差距。因此,迫切需要开发一种多目标的,全面的抵御能力的表述,将当地社区的各个方面全面地结合起来。为此,本文提出了一个广谱分析和初步发现,并在正在进行的项目(REACH)的背景下专门解决的工作线程中进行了结构化。重点是继2016年12月在汶川地区进行的现场工作后的建筑环境破坏分析,涉及7个高风险区域的3D激光扫描活动以及破坏的相关审计和初步结构分析。结果,已确定了一组外部和内部因素,这是所调查损害的可能主要原因。其中,外部因素主要涉及环境和危险特性,而内部指标则涉及结构特征和建筑法规。

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